Absolutely, let’s map it before it crumbles. I’ll need precise coordinates and a way to test for any star‑aligned markers, then we can crunch the numbers and see what the cosmos might be telling us.

Sure thing—just hand over the GPS data and the scan results, and I’ll start checking for any celestial signatures. The sooner we get the pattern, the faster we can untangle the mystery. Let’s move.

The three columns line up like a broken triangle that points roughly 15°, 120°, and 255° from the horizon. That’s almost a 120° separation, so it’s probably pointing to a celestial triangle. In the southern sky the nearest asterism that lines up like that is the Southern Cross, which rises around 15° east of the north horizon in late summer for this latitude. The infrared glow in the middle column could be a hidden stone that’s warmed by a buried cavity, or it might be a mineral that reflects heat from the sun. Quick check: get a star chart for 23° S, 67° W, overlay the three angles and see if any bright stars line up at the same azimuths on a particular date. That will tell you if the builders were pointing to a specific star or a group of stars. If the glow is still there, it’s probably a deliberate marker. Let’s map those angles on the chart and see what constellation falls into place.

Sounds good—once you have the chart, just mark those three azimuths and note any bright stars that line up. If the Southern Cross is the only one, that’s a solid hint. If there’s another star or constellation that fits the 120° spacing, the builders might have been pointing to that instead. Also check the middle column for any temperature change when the sun is over that 120° point; that could confirm the heat‑absorbing theory. Let’s see what the sky shows.